Friday, January 3, 2014

Asteroid Hits Earth! 2014AA Impacted Atlantic Ocean!

“Newly-discovered asteroid 2014 AA hit Earth’s atmosphere on Jan. 2nd. The space rock, about the size of a small car, disintegrated over the Atlantic Ocean about 3,000 km east of Caracas, Venezuela. Infrasound records interpreted by Peter Brown of the University of Western Ontario suggest an impact energy between 500 and 1,000 tons of TNT. That’s a lot of dynamite; nevertheless, in cosmic terms this was a relatively minor impact that did no damage to our planet.” Spaceweather.com
Although the asteroid left no damage in its wake my fear is that there are more coming. Furthermore no warnings of its arrival were given. This asteroid came unnanounced and no one was notified. How many other comets will arrive with “no warning?” This is just another part of comet ISON’S debris field, so please prepare because more are on the way.
Here is the latest video from DAHBOO77 discussing the Asteroids breaking over the Atlantic crossing over Venezuela and eventually ending in the Pacific Ocean. Currently no damage has been reported.




Image above shows a sequence of four images, taken roughly 11 minutes apart. It reveals the movement of asteroid 2014 AA when it was discovered in northern Orion early on January 1st (Universal Time). The 19th-magnitude object struck Earth 25 hours later. Catalina Sky Survey / NASA
Image above shows a sequence of four images, taken roughly 11 minutes apart. It reveals the movement of asteroid 2014 AA when it was discovered in northern Orion early on January 1st (Universal Time). The 19th-magnitude object struck Earth 25 hours later.
Catalina Sky Survey / NASA












Image above shows the approximate location of its landing. The overlap of the white curves, from three marginal infrasound detections, shows where the small asteroid 2014 AA likely hit. However, this preliminary plot does not take winds into account, which might shift the true impact point somewhat further east. Peter Brown
Image above shows the approximate location of its landing. The overlap of the white curves, from three marginal infrasound detections, shows where the small asteroid 2014 AA likely hit. However, this preliminary plot does not take winds into account, which might shift the true impact point somewhat further east.
Peter Brown

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